13mm Orifice Size Pneumatic Solenoid Valve 1 Inch Port Size 24VDC Standard Valve for Precise Pneumatic Control Systems

The valve features a pressure-assisted piston pilot operated design, ensuring reliable switching performance. This mechanism requires a minimal differential pressure of only 0.05 MPa (0.5 Bar) to operate effectively.

Equipped with a spring-return mechanism, the valve remains closed when de-energized. This fail-safe design guarantees safety and reliability during system outages or power failures.

Constructed from forged brass, the valve body provides excellent corrosion resistance and strong structural integrity. This robust build ensures long-term durability and dependable service.

High-temperature resistant PTFE seals are used within the valve, delivering superior leak-tight performance. These seals are suitable for steam applications with temperatures up to +185°C.

The valve can operate within a broad pressure spectrum from 0.05 to 1.0 MPa (0.5 to 10 Bar), accommodating various system demands. Additionally, it supports media temperatures ranging from -10°C to +185°C, making it ideal for both steam and hot water systems.

To meet diverse control system requirements, the valve is available in several voltage configurations including 12VDC, 24VDC, 24VAC, 110VAC, and 220VAC with 50/60Hz frequency.

Flexible installation is supported by a variety of port sizes, with female threaded connections offered in 3/8", 1/2", 3/4", and 1" dimensions.

The valve complies with international safety and quality standards, evidenced by its CE certification, ensuring trusted performance and regulatory compliance.

With a monthly production capacity of 200,000 units, the manufacturer is well equipped to provide a reliable supply, even for large volume orders.

Steam systems encompass a variety of components including steam distribution lines, steam tracing, sterilization equipment, and process heating solutions. These systems are essential for delivering and maintaining the appropriate steam conditions required in many industrial applications.

Industrial heating involves the supply of boiler-generated steam, utilization of heat exchangers, and deployment of thermal processing equipment. These elements work together to provide efficient heat transfer and temperature control for manufacturing processes.

Hot water systems focus on the circulation and regulation of hot water within HVAC setups and building service infrastructures. Proper control in these systems ensures reliable heating and comfort in commercial and industrial environments.

Compressed air systems play a vital role in pneumatic control lines and industrial automation. They provide a versatile means to power tools and machinery, facilitating efficient and automated operational workflows.

In the food and beverage sector, steam control is crucial for processes such as cooking, pasteurization, and sterilization. These steam-based procedures help ensure product safety and quality compliance.

The textile industry relies on a consistent steam supply for processes including drying, setting, and finishing machines. Steam aids in enhancing fabric quality and production efficiency.

Chemical plants utilize high-temperature fluid and gas control systems to manage complex reactions and processes. These controls are critical for maintaining safety and operational integrity in chemical processing.

The pharmaceutical industry demands sterile steam and precise control of high-temperature media to support the production of safe and effective medicines. This stringent control is vital to meet industry hygiene and quality standards.